This is a presentation created by Mr Ananth Raut from Possible Health, to demo features Bahmni.
For more details please visit:
http://possiblehealth.org/
http://bahmni.org/
Bahmni is an open source hospital information system and electronic medical record designed for resource-constrained environments. It is built on OpenMRS and allows for zero-code implementations through configuration. Bahmni has been implemented in over 25 locations across 16 countries, ranging from 20-200 bed hospitals. It provides functionality for registration, observations, orders, reports and integrates with other systems for laboratory, billing and inventory.
Bahmni started from a rural hospital in India three years back and is now being deployed in many countries. In this talk I share our motivation, approach and strategy of making and scaling Bahmni via implementations. I will also cover key technologies, features and roadmap of Bahmni.
Introduction to Bahmni Hospital management systemBahmni
Bahmni is an open source hospital management system designed for low resource environments. It allows for patient care functions like inpatient, outpatient, and emergency services as well as administration, billing, inventory, and HR. It uses a modular design with OpenMRS for medical records, OpenERP for administration, and OpenELIS for labs. The system is designed to work offline, be easy to use, and integrate various modules through REST APIs and AtomFeeds.
The document discusses different types of storage networks including direct attached storage (DAS), network attached storage (NAS), storage area networks (SANs) using Fibre Channel (FC) or iSCSI, and Fibre Channel over Ethernet (FCoE). DAS connects storage directly to servers but has limitations. NAS uses a traditional LAN to share storage files between servers but has performance limitations. SANs allow block-level access to centralized storage using high-speed FC networks or iSCSI over Ethernet. FCoE encapsulates FC frames in Ethernet to converge network traffic.
A storage area network (SAN) provides centralized storage for multiple servers to access over a network. SANs are useful for large networks that require more storage than a single server can offer, allowing terabytes of data to be accessible by multiple machines. The key components of a SAN include fiber channel switches that connect servers and storage devices, host bus adapters that interface storage with operating systems, and storage devices like fiber channel disks. SANs provide benefits like high storage capacity, reduced costs, increased performance, and improved backup and recovery compared to adding more individual servers. However, SANs also have disadvantages in being expensive to implement and maintain and requiring technical expertise.
Bahmni - affordable, simple and scalable EMR system that can be installed from a primary health care clinic to a integral part of a national health records strategy/implementation.
This presentation was originally presented at AEHIN: https://aehin.hingx.org/bahmni
This document discusses port security on Cisco switches. It explains that by default all switch ports are open, allowing any device to connect. Port security allows restricting a port to only allow specific MAC addresses, preventing unauthorized access. It provides steps to configure port security by defining the port as an access port, enabling port security, and specifying allowed MAC addresses. It also describes optional settings like violation actions and maximum MAC addresses. An example configuration is given to demonstrate learning and blocking additional MACs on a port.
Bahmni is an open source hospital information system and electronic medical record designed for resource-constrained environments. It is built on OpenMRS and allows for zero-code implementations through configuration. Bahmni has been implemented in over 25 locations across 16 countries, ranging from 20-200 bed hospitals. It provides functionality for registration, observations, orders, reports and integrates with other systems for laboratory, billing and inventory.
Bahmni started from a rural hospital in India three years back and is now being deployed in many countries. In this talk I share our motivation, approach and strategy of making and scaling Bahmni via implementations. I will also cover key technologies, features and roadmap of Bahmni.
Introduction to Bahmni Hospital management systemBahmni
Bahmni is an open source hospital management system designed for low resource environments. It allows for patient care functions like inpatient, outpatient, and emergency services as well as administration, billing, inventory, and HR. It uses a modular design with OpenMRS for medical records, OpenERP for administration, and OpenELIS for labs. The system is designed to work offline, be easy to use, and integrate various modules through REST APIs and AtomFeeds.
The document discusses different types of storage networks including direct attached storage (DAS), network attached storage (NAS), storage area networks (SANs) using Fibre Channel (FC) or iSCSI, and Fibre Channel over Ethernet (FCoE). DAS connects storage directly to servers but has limitations. NAS uses a traditional LAN to share storage files between servers but has performance limitations. SANs allow block-level access to centralized storage using high-speed FC networks or iSCSI over Ethernet. FCoE encapsulates FC frames in Ethernet to converge network traffic.
A storage area network (SAN) provides centralized storage for multiple servers to access over a network. SANs are useful for large networks that require more storage than a single server can offer, allowing terabytes of data to be accessible by multiple machines. The key components of a SAN include fiber channel switches that connect servers and storage devices, host bus adapters that interface storage with operating systems, and storage devices like fiber channel disks. SANs provide benefits like high storage capacity, reduced costs, increased performance, and improved backup and recovery compared to adding more individual servers. However, SANs also have disadvantages in being expensive to implement and maintain and requiring technical expertise.
Bahmni - affordable, simple and scalable EMR system that can be installed from a primary health care clinic to a integral part of a national health records strategy/implementation.
This presentation was originally presented at AEHIN: https://aehin.hingx.org/bahmni
This document discusses port security on Cisco switches. It explains that by default all switch ports are open, allowing any device to connect. Port security allows restricting a port to only allow specific MAC addresses, preventing unauthorized access. It provides steps to configure port security by defining the port as an access port, enabling port security, and specifying allowed MAC addresses. It also describes optional settings like violation actions and maximum MAC addresses. An example configuration is given to demonstrate learning and blocking additional MACs on a port.
Virtualization is a technique, which allows to share single physical instance of an application or resource among multiple organizations or tenants (customers)..
Virtualization is a proved technology that makes it possible to run multiple operating system and applications on the same server at same time.
Virtualization is the process of creating a logical(virtual) version of a server operating system, a storage device, or network services.
The technology that work behind virtualization is known as a virtual machine monitor(VM), or virtual manager which separates compute environments from the actual physical infrastructure.
SYBSC IT COMPUTER NETWORKS UNIT III Connecting LANs, Backbone Networks, and V...Arti Parab Academics
This document summarizes key networking devices:
- A repeater regenerates signals to extend transmission distances but does not amplify signals. It operates at the physical layer.
- A hub connects multiple ports but cannot filter data, sending all data to all connected devices, maintaining a single collision domain.
- A bridge can read MAC addresses to filter and forward data selectively between LANs on the same protocol, dividing collision domains but maintaining a single broadcast domain. It operates at the data link layer.
- A switch is like a multi-port bridge but can boost efficiency by forwarding only valid data to the correct port, dividing both collision and broadcast domains.
The document discusses the Ethernet frame format. It describes the different fields that make up an Ethernet frame as defined by the IEEE 802.3 standard. This includes the preamble, start frame delimiter, destination and source addresses, length, data, padding, and checksum fields. It also discusses the different types of Ethernet cables commonly used such as 10Base5, 10Base2, 10Base-T, and 10Base-F.
In this presentation, we will run through some Rogue AP troubleshooting scenarios and best practices. The agenda covers Rogue AP Detection, classification techniques and containment, wired containment and wireless containment without Tarpit. Check out the webinar recording where this presentation was used:
http://community.arubanetworks.com/t5/Aruba-Instant-Cloud-Wi-Fi/Technical-Webinar-Recording-Slides-ArubaOS-Rogue-AP/m-p/289230
Register for the upcoming webinars: https://community.arubanetworks.com/t5/Training-Certification-Career/EMEA-Airheads-Webinars-Jul-Dec-2017/td-p/271908
This document discusses cloud computing and its applications in healthcare. It defines cloud computing as a model for accessing computing resources such as hardware and software via a network. There are three main service models for cloud computing: Infrastructure as a Service, Platform as a Service, and Software as a Service. The document also discusses the advantages of cloud computing such as lower costs, interoperability, and increased adoption of electronic medical records. However, security is a main disadvantage since medical information would be stored externally. The document outlines how cloud computing can help with cost reduction, disaster recovery, and storage scalability for healthcare organizations. It provides examples of cloud service providers and healthcare customers that utilize cloud services.
In Computer Networking, the term port can refer to either physical or virtual connection points. In
computer terms, a port generally refers to the female part of connection. Computer ports have many
uses, to connect a monitor, webcam, speakers, or other peripheral devices.
This document provides an overview of the Wireless Application Protocol (WAP) and WAP 2.0 standard. It discusses what WAP is, its development and objectives, and the architectures of WAP 1.0 and WAP 2.0. Key features of WAP 2.0 are summarized, including WAP Push, user profiles, wireless telephony applications, and support for high-speed 3G technology. Examples of real-life WAP applications are given such as checking bank balances on the go and making reservations without calls.
This document outlines a project on client-server communication for a computer networks course. It includes sections on literature review, types of networks, peer-to-peer and client-server modes, the client and server models, data flow diagrams, how client-server communication works, future applications, advantages like centralized access control, and limitations such as single point of failure if the server crashes. The conclusion indicates the project on client-server communication was successfully completed.
The Aruba Network Rightsizing Best Practices Guide provides an overview of network rightsizing. Network rightsizing is a network capacity planning and cost optimization strategy based on the principle that wired and wireless LANs should be sized and structured to meet current and future demand. After explaining the principles of network rightsizing and how it can benefit your organization, the methodology for analyzing and planning a rightsized network will be discussed. Finally, you will learn how to implement a rightsized yet scalable Aruba 802.11n network.
To learn more, visit us at http://www.arubanetworks.com/wlan. Join the discussion at https://community.arubanetworks.com
The document discusses various networking devices used to connect and extend local area networks (LANs). It describes repeaters as devices that receive and regenerate signals to allow them to travel longer distances. Hubs are multiport repeaters that connect multiple nodes to a single device. Bridges operate at the data link layer and logically separate network segments. Switches provide dedicated connections and are multiport bridges that separate collision domains for improved performance.
Network interface cards connect computers to the network and differentiate networked computers from standalone computers. Hubs connect multiple devices but have no intelligence to direct traffic. Switches inspect packets and forward them only to the intended device, improving performance over hubs. Bridges segment large networks and monitor traffic to pass packets between the two sides. Routers select the best path for messages and can redirect traffic around busy sections. Gateways connect networks using different protocols by performing protocol conversions. Modems convert digital data to analog for telephone lines and provide connectivity to the Internet for small-to-medium networks.
A router is a networking device that forwards data packets between computer networks. There are two main types: wired routers that use physical connections like cables, and wireless routers that use radio frequencies to transmit data wirelessly. Routers contain routing tables that determine the best path to send data to its destination network, whether it is on the same local area network or a different remote network. Routers allow devices on different networks to communicate by directing traffic to the appropriate destination.
The presentation discusses the development of a hospital management system. It introduces the purpose and scope of the system, which is to automate processes like maintaining patient and doctor details, generating prescriptions and reports, and billing. It outlines problems with conventional manual systems and the advantages of a computerized system, such as immediate access to data, time savings, and easy updating of information. It then covers the system requirements, different types of diagrams that can be used including ER diagrams and various UML diagrams, and provides examples of the user interface screens.
Non-functional attributes describe qualitative behaviors of a system like security, performance, and availability rather than specific functions. While important for successful implementation and use, non-functional requirements often receive less attention than functional services but greatly impact a system's acceptance, as performance issues can deter users. An infrastructure architect must consider how infrastructure delivers non-functional attributes and present any conflicting requirements to stakeholders to make informed decisions on quality tradeoffs.
is a lesson about computer network that is the development EngAbdirahman Hassan Nour of students IT university Golis of Berbera to receive an assignment of the PPT 21Slide...
This document summarizes an Aruba Networks presentation on configuring access management with ClearPass. It outlines the agenda which includes reviewing an existing customer deployment, customer challenges and solutions, and a live configuration, authentication, and troubleshooting walkthrough. It then discusses the customer's existing 802.1X deployment and their new initiatives involving mobile device management, a Palo Alto firewall, and a visitor network with ClearPass guest. It explores how ClearPass can help integrate these solutions and limit access to only enrolled devices while applying granular policies. The presentation then demonstrates these concepts in a lab environment.
Introduction to Software Defined WANs, by Alastair Johnson.
A presentation given at APRICOT 2016’s Software Defined Networking session on 24 February 2016.
It includes provisioning of network, network operations, their installation and management. It also contains various groupings which help to manage a network.
UNIT I INTRODUCTION 7
Examples of Distributed Systems–Trends in Distributed Systems – Focus on resource sharing – Challenges. Case study: World Wide Web.
Virtualization is a technique, which allows to share single physical instance of an application or resource among multiple organizations or tenants (customers)..
Virtualization is a proved technology that makes it possible to run multiple operating system and applications on the same server at same time.
Virtualization is the process of creating a logical(virtual) version of a server operating system, a storage device, or network services.
The technology that work behind virtualization is known as a virtual machine monitor(VM), or virtual manager which separates compute environments from the actual physical infrastructure.
SYBSC IT COMPUTER NETWORKS UNIT III Connecting LANs, Backbone Networks, and V...Arti Parab Academics
This document summarizes key networking devices:
- A repeater regenerates signals to extend transmission distances but does not amplify signals. It operates at the physical layer.
- A hub connects multiple ports but cannot filter data, sending all data to all connected devices, maintaining a single collision domain.
- A bridge can read MAC addresses to filter and forward data selectively between LANs on the same protocol, dividing collision domains but maintaining a single broadcast domain. It operates at the data link layer.
- A switch is like a multi-port bridge but can boost efficiency by forwarding only valid data to the correct port, dividing both collision and broadcast domains.
The document discusses the Ethernet frame format. It describes the different fields that make up an Ethernet frame as defined by the IEEE 802.3 standard. This includes the preamble, start frame delimiter, destination and source addresses, length, data, padding, and checksum fields. It also discusses the different types of Ethernet cables commonly used such as 10Base5, 10Base2, 10Base-T, and 10Base-F.
In this presentation, we will run through some Rogue AP troubleshooting scenarios and best practices. The agenda covers Rogue AP Detection, classification techniques and containment, wired containment and wireless containment without Tarpit. Check out the webinar recording where this presentation was used:
http://community.arubanetworks.com/t5/Aruba-Instant-Cloud-Wi-Fi/Technical-Webinar-Recording-Slides-ArubaOS-Rogue-AP/m-p/289230
Register for the upcoming webinars: https://community.arubanetworks.com/t5/Training-Certification-Career/EMEA-Airheads-Webinars-Jul-Dec-2017/td-p/271908
This document discusses cloud computing and its applications in healthcare. It defines cloud computing as a model for accessing computing resources such as hardware and software via a network. There are three main service models for cloud computing: Infrastructure as a Service, Platform as a Service, and Software as a Service. The document also discusses the advantages of cloud computing such as lower costs, interoperability, and increased adoption of electronic medical records. However, security is a main disadvantage since medical information would be stored externally. The document outlines how cloud computing can help with cost reduction, disaster recovery, and storage scalability for healthcare organizations. It provides examples of cloud service providers and healthcare customers that utilize cloud services.
In Computer Networking, the term port can refer to either physical or virtual connection points. In
computer terms, a port generally refers to the female part of connection. Computer ports have many
uses, to connect a monitor, webcam, speakers, or other peripheral devices.
This document provides an overview of the Wireless Application Protocol (WAP) and WAP 2.0 standard. It discusses what WAP is, its development and objectives, and the architectures of WAP 1.0 and WAP 2.0. Key features of WAP 2.0 are summarized, including WAP Push, user profiles, wireless telephony applications, and support for high-speed 3G technology. Examples of real-life WAP applications are given such as checking bank balances on the go and making reservations without calls.
This document outlines a project on client-server communication for a computer networks course. It includes sections on literature review, types of networks, peer-to-peer and client-server modes, the client and server models, data flow diagrams, how client-server communication works, future applications, advantages like centralized access control, and limitations such as single point of failure if the server crashes. The conclusion indicates the project on client-server communication was successfully completed.
The Aruba Network Rightsizing Best Practices Guide provides an overview of network rightsizing. Network rightsizing is a network capacity planning and cost optimization strategy based on the principle that wired and wireless LANs should be sized and structured to meet current and future demand. After explaining the principles of network rightsizing and how it can benefit your organization, the methodology for analyzing and planning a rightsized network will be discussed. Finally, you will learn how to implement a rightsized yet scalable Aruba 802.11n network.
To learn more, visit us at http://www.arubanetworks.com/wlan. Join the discussion at https://community.arubanetworks.com
The document discusses various networking devices used to connect and extend local area networks (LANs). It describes repeaters as devices that receive and regenerate signals to allow them to travel longer distances. Hubs are multiport repeaters that connect multiple nodes to a single device. Bridges operate at the data link layer and logically separate network segments. Switches provide dedicated connections and are multiport bridges that separate collision domains for improved performance.
Network interface cards connect computers to the network and differentiate networked computers from standalone computers. Hubs connect multiple devices but have no intelligence to direct traffic. Switches inspect packets and forward them only to the intended device, improving performance over hubs. Bridges segment large networks and monitor traffic to pass packets between the two sides. Routers select the best path for messages and can redirect traffic around busy sections. Gateways connect networks using different protocols by performing protocol conversions. Modems convert digital data to analog for telephone lines and provide connectivity to the Internet for small-to-medium networks.
A router is a networking device that forwards data packets between computer networks. There are two main types: wired routers that use physical connections like cables, and wireless routers that use radio frequencies to transmit data wirelessly. Routers contain routing tables that determine the best path to send data to its destination network, whether it is on the same local area network or a different remote network. Routers allow devices on different networks to communicate by directing traffic to the appropriate destination.
The presentation discusses the development of a hospital management system. It introduces the purpose and scope of the system, which is to automate processes like maintaining patient and doctor details, generating prescriptions and reports, and billing. It outlines problems with conventional manual systems and the advantages of a computerized system, such as immediate access to data, time savings, and easy updating of information. It then covers the system requirements, different types of diagrams that can be used including ER diagrams and various UML diagrams, and provides examples of the user interface screens.
Non-functional attributes describe qualitative behaviors of a system like security, performance, and availability rather than specific functions. While important for successful implementation and use, non-functional requirements often receive less attention than functional services but greatly impact a system's acceptance, as performance issues can deter users. An infrastructure architect must consider how infrastructure delivers non-functional attributes and present any conflicting requirements to stakeholders to make informed decisions on quality tradeoffs.
is a lesson about computer network that is the development EngAbdirahman Hassan Nour of students IT university Golis of Berbera to receive an assignment of the PPT 21Slide...
This document summarizes an Aruba Networks presentation on configuring access management with ClearPass. It outlines the agenda which includes reviewing an existing customer deployment, customer challenges and solutions, and a live configuration, authentication, and troubleshooting walkthrough. It then discusses the customer's existing 802.1X deployment and their new initiatives involving mobile device management, a Palo Alto firewall, and a visitor network with ClearPass guest. It explores how ClearPass can help integrate these solutions and limit access to only enrolled devices while applying granular policies. The presentation then demonstrates these concepts in a lab environment.
Introduction to Software Defined WANs, by Alastair Johnson.
A presentation given at APRICOT 2016’s Software Defined Networking session on 24 February 2016.
It includes provisioning of network, network operations, their installation and management. It also contains various groupings which help to manage a network.
UNIT I INTRODUCTION 7
Examples of Distributed Systems–Trends in Distributed Systems – Focus on resource sharing – Challenges. Case study: World Wide Web.
8. CONTRAINDICATIONS: MOVEMENT IN YOGA
8. Introduction to Contraindications
Students come to yoga classes with a variety of physical, mental, and emotional conditions that should be given special attention and support by teachers.
While making clear the distinction between yoga teacher and licensed medical or mental health professional, as teachers we are responsible for creating a safe and supportive environment for all students, including those with injuries, depression, age-related needs, and conditions such as pregnancy and menopause.
Here we will look at practical approaches to working with students whose bodies, hearts, and minds (which are not really separate) indicate the need for special accommodation in classes or in one-on-one sessions. Bringing a specifically yogic perspective to this aspect of teaching starts with looking at and appreciating every student as the whole person he or she is, offering tools and techniques for using various challenging conditions to heal, feel better, and move into a deeper quality of integration.
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Cancer treatment has advanced significantly over the years, offering patients various options tailored to their specific type of cancer and stage of disease. Understanding the different types of cancer treatments can help patients make informed decisions about their care. In this ppt, we have listed most common forms of cancer treatment available today.
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About CentiUP - Product Information Slide.pdfCentiUP
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Bahmni - An OpenMRS based Electronic Health Record System (Demo)
1. BAHMNI – AN OPENMRS BASED
ELECTRONIC HEALTH RECORD SYSTEM
DEMO
December, 2015
Anant Raut, MSc
Healthcare Systems Engineer, Possible
Collaborator, Healthcare Systems DesignGroup
Home – which modules you see depends on your user role. A clinician for example would only see “Clinical” and “Inpatient” module.
Patient search by ID or Name/village.
For example, I want to search for patient BAH200052
The search results pop up like this. I could also search for the patient using name and village, even if I don’t know the full name or the first few letters of the village. Click on view to see the patient registration profile.
Patient registration info is captured here. Photo of the patient can also be taken.
To start a visit for the patient click on “Start General visit”. This essentially means that the patient is now an “active” patient, and clinicians can enter consultation notes against the patient record. Patient records without an active visit are view only. A visit is started for each patient that comes to the hospital. A visit is automatically closed in 2 days time, except for admitted patients.
Details specific to this particular visit, example department sent to, or where the patient was referred from, can be input here. To create a new patient, click on “Create new”.
This is where you enter all the details for a new patient.
For certain items like the vdc/muni, we have suggestions to avoid registration clerks entering misspelled village names. This is critical if we want to ensure that we can accurately report by geographic location.
Home – which modules you see depends on your user role. A clinician for example would only see “Clinical” and “Inpatient” module.
Active patients can be viewed in this clinical dashboard. The search box allows you to look for a specific patient by name or ID.
Typing just “dum” for example brings up “dummy patient”
This is the patient dashboard. It’s highly configurable (what to show, how many visits to show, in what order). You can also easily switch to another patient you have recently seen using the “switch” button.
You get a list of 10 (configurable) most recent patients to quickly switch to. You can also view X-rays right from the dashboard.
This is the patient dashboard. It’s highly configurable (what to show, how many visits to show, in what order). You can also easily switch to another patient you have recently seen using the “switch” button.
The x-ray is viewed in a new browser tab, through an open source dicom viewer called Oviyam. Click anywhere to go back. Note: it’s a chest x-ray from a different patient, rather than the hip one linked from the dashboard.
In order to enter consultation notes for the patient, click on “Consultation”.
Here you will find templates that clinicians can use. There are more templates available which have been modeled from the latest HMIS forms. For more, click on the green circle icon
There are templates that are specific to HMIS, and others (like the chronic disease progress templates) that we use for our internal programs (like chronic disease management).
This is an example of a template based on HMIS. We have tried to simplify the forms to be easy and fast to use by using buttons, and minimal need for long entries.
Example of clicking a button. Our clinicians use touchscreen chromebooks, which makes it even more efficient as less time is wasted fiddling with mouse. It’s much more intuitive for folks that are less computer literate.
Certain fields have been marked as required, based on requirement for HMIS. You can’t save a form without completing all the required fields. This helps guide the clinician to ensure completeness of data, something that we struggled with on paper. Since it’s a demo, go ahead and click “Orders” to move on anyway.
Clinicians can order labs for the patient from this screen. Pick a sample from the left, and the panels (pre-defined group of tests) or individual tests from the right. These are the tests and samples available for blood.
These are the tests available for stool. Click on the panel/test to select it.
When a panel is selected, you can also see all the tests that it includes. The orders can then be viewed from the lab. Similarly, x-ray orders can also be made here. Click on “Radiology Orders”.
Similar to the lab orders, x-ray orders can be placed here. This links seamlessly to our Carestream digital x-ray software to create orders, which the x-ray tech can then fulfill. Next is “Diagnosis”
Start typing the diagnosis in the box.
Suggestions are provided based on the input letters. Each of the diagnosis is linked to an ICD10 code. Only rarely should clinicians make a diagnosis that’s not included in the list.
Next is treatment
Start typing a drug name
Suggestions pop up from which you can select a drug to prescribe.
# of tablets per dose, frequency and # of days is filled by the clinician. Then click “add”.
A preview of the prescription is given, it can be changed until the record is saved.
The disposition is the final step where you input what the next step is for the patient. Click on the red link to take the next patient. You can go back to the home screen from there.
Home – which modules you see depends on your user role. A clinician for example would only see “Clinical” and “Inpatient” module.
This screen gives you a list of wards, and the details for all patients in the ward. Click on the green button…
.. to get a graphical layout of the ward and easily see which beds are occupied and which ones are empty. Click on an occupied bed…
… to see who’s in that bed.
Home – which modules you see depends on your user role. A clinician for example would only see “Clinical” and “Inpatient” module.
The reports module has all predefined reports that are needed for populating the HMIS forms and more. You can run a report for any date range, and in excel, html or pdf.
This is a sample of one of the reports produced for August.